@Susan_calvin @gsuberland @elsactivitypub @mudkip
I grew up next to a pile of 4004 systems... A kilobyte was a lot of ram back then, and these system's code was in ROM. It's hard to imagine them outperforming a good Turing machine π
@Susan_calvin @elsactivitypub @mudkip it'd also be ungodly slow 'cos not only are you running it on an 8-bit PIC but you're also then adding a bytecode VM abstraction layer on top, and you can't even use the usual JIT approach to make it fast because it's Harvard architecture (no exec from RAM).
also iirc the biggest chip in the 12F lineup has 512 bytes of RAM.
@gsuberland @erincandescent @elsactivitypub @mudkip no over clocking community here.
Mind you, port the RTL to a modern procesa node and watch the die melt.
This is absolutely brutal and I unironically love it, it should be a real captcha.
@mudkip long long time ago, when this meme was not fresh anymore I replied:
No, depends, yes, no,
Yes, yes, yes, yes,
No, meh broadcom shit, yes, no,
Yes, no, yes, empty.
Does this answer satisfies your curiosity?
@hrw @mudkip
I can try to solve it too:
No, no, yes, no,
Yes, yes, yes, no,
No, no, yes, no,
Yes, no, no, empty.
The RK3399, OMAP TM B50A2VL, and Allwinner A13 are widely supported in mainline Linux.
I think Rockchip, the QUALCOMM MSM8916, MARVELL PXA1928, PXA255A0C300 (Intel), and Samsung S3C2416 may have mainline Linux support.
So, am I right?
Now comes the real head-scratcher: which of these are supported by FreeBSD, OpenBSD, NetBSD, or other BSD systems, based on community support?
Tried to figure this out a year ago or so
@mudkip
None as each one has some part of the soc that requires a propritary blob. Now i will lurk off to curl in a corner having dealt with some of those soc's.
Mali == frglx in trauma.